endothermic energy
Burning fuel.Burning fuel.Burning fuel.Burning fuel.
When you burn a fuel in air you are converting chemical potential energy into thermal energy. The only energy input needed is to raise the fuel temperature to the ignition point. To obtain electromagnetic energy you have to drive a generator, which requires mechanical energy, so you have to use the thermal energy to drive a heat engine, a gas turbine is a good example.
Potential
Friction and burning fuel are similar in that they both involve the conversion of energy from one form to another. However, they differ in that friction typically involves the transformation of mechanical energy into heat, while burning fuel involves the chemical reaction of a fuel with oxygen to release energy in the form of heat and light.
Chemical energy stored in the fuel is transformed into heat energy through the process of combustion.
Burning release heat, for example.
Burning fuel.Burning fuel.Burning fuel.Burning fuel.
The burning of fuel releases chemical energy in the form of heat and light.
The energy released by burning one kg of fuel can vary depending on the type of fuel. For example, burning one kg of gasoline releases approximately 43 MJ of energy, while burning one kg of natural gas releases around 50 MJ of energy.
By burning it.
At the core where the fuel is burning
When you burn a fuel in air you are converting chemical potential energy into thermal energy. The only energy input needed is to raise the fuel temperature to the ignition point. To obtain electromagnetic energy you have to drive a generator, which requires mechanical energy, so you have to use the thermal energy to drive a heat engine, a gas turbine is a good example.
Potential
Petrol is a fuel. Burning it releases the energy it stores.
Friction and burning fuel are similar in that they both involve the conversion of energy from one form to another. However, they differ in that friction typically involves the transformation of mechanical energy into heat, while burning fuel involves the chemical reaction of a fuel with oxygen to release energy in the form of heat and light.
Chemical energy stored in the fuel is transformed into heat energy through the process of combustion.
The transfer of energy during the burning of fuel typically involves the conversion of chemical energy stored in the fuel into thermal energy (heat) and light energy. This energy transfer process results in the production of heat and light, which can be utilized for various purposes such as heating, cooking, or generating electricity.